The injection of energetic neutral particles into the plasma of magnetic confinement fusion
reactors is a widely-accepted method for heating such plasmas; various types of neutral …

We present a non-perturbative classical treatment of the charge transfer and ionization
processes in collisions between singly charged lithium ions with helium and nitrogen atomic …

The hydrogen-hydrogen collision system is studied employing a four-body quasi-classical
trajectory Monte Carlo model of Kirschbaum and Wilets (QCTMC-KW, CL Kirschbaun and L …

We present a classical treatment of the ionization and electron-capture processes in the
interaction of protons with neutral noble-gas atoms, namely, Ne, Ar, Kr, and Xe. We used a …

For the control of fusion reactors, we need to accurately know all the possible reactions and
collisional cross sections. Although large-scale trials have been performed over the last …

We present excitation cross-sections of hydrogen (H) atoms by hydrogen-like ions
(\({X}^{+}\)), employing a four-body classical and quasiclassical trajectory Monte Carlo …

For many disciplines of science, all conceivable collisional cross-sections and reactions
must be precisely known. Although recent decades have seen a trial of large-scale research …

For many disciplines of science, all conceivable collisional cross sections and reactions
must be precisely known. Although the recent decades were a trial of large-scale research to …

We present total ionization cross section (TICS) and single differential ionization cross
sections (SDCS) of neutral hydrogen atoms by partially stripped lithium ions. We employed a …

The standard three-body classical trajectory Monte Carlo (CTMC) model is a well-known
classical treatment for modelling atomic collisions [1]. But due to the lack of quantum …